If you’re reading this, you’re probably passionate about 3D modeling and design. Whether you’re a professional architect, engineer, or probably an aspiring designer, you know that having the right tools such as a capable PC can make all the difference. In this article, I’m going to take you by the hand while we put put together the ultimate PC build for SolidWorks.
Not to say that you’re going to use the PC solely for the Solidworks app, but the idea is a PC designed to accommodate the demands of drafting and rendering with Solidworks. Then, if you want to use MS Word, or Notepad, or run Adobe apps in between, you’re welcome.
Please understand that a Solidworks-capable PC should be equipped with a high-clock speed CPU and a workstation-class GPU like the NVIDIA Quadros whose drivers are optimized for running professional apps like Solidworks. You can use a gaming GPU to run Solidworks but don’t forget that there are scenarios where performance will become a thing and you wouldn’t want that.
Why Building a Custom PC for SolidWorks Matters
Before we jump into the nitty-gritty details of building a PC, let’s talk about why it’s so important, especially for those working with SolidWorks.
SolidWorks is a powerful 3D CAD (Computer-Aided Design) software used for designing everything from complex machinery to intricate product prototypes. To harness its full potential, you need a computer that can keep up with the demands of 3D modeling, rendering, and simulations.
Sure, you could settle for a pre-built system, or even go for a laptop for Solidworks, but building your PC allows you to tailor it to your specific needs, ensuring great performance and value for your hard-earned money. Besides, some of us are quite adventurous and wouldn’t mind getting our hands dirty with hardware. So, if you’re like me I’m sure that you appreciate the thrill of putting things together and watch it come alive.
So first off, let’s plan our PC build.
Planning the Solidworks PC Build
Budget Considerations
First things first, you need to define your budget. Building a PC can range from budget-friendly to top-of-the-line, depending on your needs and financial constraints. My advice? Strike a balance between performance and cost. You don’t want to break the bank, but you also don’t want to compromise on performance.
Hardware Selection
Now, let’s dive into the exciting part – choosing the right components for your PC build. SolidWorks is a resource-intensive application, so you’ll want to focus on the following key components:
1. Processor (CPU)
- Recommendation: Go for a high-end CPU like the Intel Core i9 or AMD Ryzen 9 series. These processors offer excellent multi-threaded performance, ideal for rendering and simulations. Solidworks performs great with a high-clock CPU. The number of cores is also a thing because the application can utilize multiple cores.
The ideal option is to choose a CPU with fewer cores but with high clock speeds. - Why It Matters: SolidWorks relies heavily on CPU power, especially for tasks like rendering and complex simulations. A powerful CPU ensures that your workflow remains smooth and efficient.
2. Graphics Card (GPU)
- Recommendation: You don’t necessarily need a powerful GPU like the NVIDIA RTX 30 series or AMD Radeon RX 6000 series. Solidworks relies more on the CPU than the GPU for computational purposes. However, you could get great performance with a mid-range or budget GPU like the RTX 3060 or a comparable AMD GPU. If cash isn’t a problem then by all means get an RTX-enabled card like the Quadro RTX series.
- Why It Matters: The GPU takes care of the on-screen visuals, including real-time rendering and model manipulation. Investing in a high-quality GPU enhances your overall SolidWorks experience.
3. Memory (RAM)
- Recommendation: Aim for at least 24 to 32GB of RAM. SolidWorks can be a memory hog, and having ample RAM ensures a smooth modeling and rendering experience.
- Why It Matters: RAM allows you to work on complex assemblies without slowdowns. It’s crucial for handling large projects with ease.
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4. Storage
- Recommendation: Opt for a fast NVMe drive as your primary storage for quick application loading and project access. You can complement it with a larger HDD (Hard Disk Drive) for long-term storage.
- Why It Matters: An SSD significantly speeds up software loading times and project access. An HDD is handy for storing large project files without eating up your SSD space.
5. Motherboard
- Recommendation: Choose a motherboard that supports your CPU and has enough PCIe slots for your GPU and future expansions.
- Why It Matters: It determines which components you can use and how well they’ll perform together.
6. Power Supply Unit (PSU)
- Recommendation: Get a PSU with enough wattage to support your components comfortably. Don’t skimp on this; a stable power supply is essential.
- Why It Matters: An inadequate PSU can lead to system instability and potential damage to your components. Ensure your PSU can handle your chosen hardware.
7. Cooling
- Recommendation: Invest in effective cooling solutions, such as a high-quality CPU cooler and case fans, to keep your PC running at hardware-friendly temperatures.
- Why It Matters: Efficient cooling prevents overheating and ensures that your components operate within safe temperature ranges, prolonging their lifespan.
Display
- Recommendation: If you don’t have one already, you should add a sizeable display to your setup, something from 24″ and above. I would recommend a 27″ monitor for more display room while working in Solidworks.
- Why It Matters: A large enough display enables you to be more productive by sharing your screen among several apps at the same time.
Recommendations for an Intel PC Build for Solidworks
Recommendations for an AMD PC Build for Solidworks
NB: The CPU Cooler is bundled with the processor
Assembling Your PC
Now that you’ve got all your components ready, it’s time to put them together. If you’re new to PC building, don’t worry – we’ve got a simple and thorough guide you should check out. Just take your time, be patient, and double-check your connections to avoid any hiccups. If you happen to encounter any issues, don’t forget to reach out to us for help.
Nevertheless, for the sake of brevity, here’s a short version to follow:
- Preparation: Lay out all your components in a clean, well-lit workspace. Make sure you have the necessary tools, such as screwdrivers and cable ties.
- Mounting the Motherboard: Start by mounting your CPU, RAM, and GPU onto the motherboard. Carefully align and secure them in their respective slots.
- Connecting Cables: Connect all the necessary cables, including power cables, data cables, and case connectors. Consult your motherboard manual for guidance.
- Installing Storage: Install your SSD and HDD in their respective drive bays. Connect them to the motherboard using SATA cables.
- Installing the PSU: Secure the power supply unit in the case and connect it to the motherboard and components.
- Cooling Solutions: Install your CPU cooler and case fans. Proper cooling is essential to prevent overheating.
- Cable Management: Organize and secure cables to improve airflow and aesthetics inside the case.
- Power On: Double-check all connections, and then power on your PC. If everything is correctly assembled, you should see your system come to life.
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Installing SolidWorks and Optimizing Performance
With our PC build for Solidworks assembled and powered up, the next step is installing SolidWorks and ensuring it’s running at its best. Here are a few tips:
- Install the Latest Drivers: Ensure that your GPU drivers are up to date to take advantage of optimizations for SolidWorks. If your card shipped with a driver disc, do not install it. Simply navigate to your GPU manufacturer’s website where you’ll get the latest drivers to install. The advantage of a Quadro GPU is the extra optimization for professional apps like Solidworks, so we’re taking advantage of that.
- Tweak SolidWorks Settings: Adjust the software settings to match your hardware. This includes setting the appropriate graphics card for rendering and ensuring you’re utilizing all available CPU cores.
- Regular Maintenance: Keep your PC clean, both hardware and software. Dust can affect cooling efficiency, and regular software updates can improve stability and performance.
- Backups: Always have a backup system in place. Invest in external storage or cloud backup solutions to protect your important project files.
Conclusion
Building a PC for SolidWorks is not just about having a fast computer; it’s about unlocking your creative potential and streamlining your workflow. By carefully selecting the right components, assembling your PC with care, and optimizing SolidWorks for peak performance, you’ll be well on your way to creating stunning 3D prototypes and models.
So, embrace the journey, enjoy the process, and get ready to take your SolidWorks experience to the next level with a custom-built PC that’s tailored to your needs. In the world of 3D modeling and design, your PC is your most valuable tool. Invest wisely, and you’ll be amazed at what you can create!
I want to hear from you; what are your challenges and experiences building a PC for Solidworks? Drop us a message using the comment section below.
Frequently Asked Questions
The computer you need for Solidworks should have a high-performance CPU, a dedicated graphics card, ample RAM, and an NVMe drive for optimal performance.
While gaming PCs can be powerful, they may not always meet the specific hardware requirements of Solidworks. It’s recommended to prioritize workstations or PCs tailored for professional CAD applications to ensure compatibility and stability.
For Solidworks, a high-end CPU like the Intel Core i9 or AMD Ryzen 9 series is ideal. Intel Core i7 and Ryzen 7 CPUs are also great. These CPUs are ideal for tasks like rendering and simulations.
I would consider 16-24GB enough for most Solidworks workflows. For me, 32GB of RAM is overkill for most Solidworks tasks. However, if you work on extremely large projects, consider 64GB or more for the best performance.
Not necessarily. In general, higher-end i7 processors tend to outperform i5 processors in Solidworks due to their increased core count and clock speeds. However, the specific model and generation of the processor also matter.
Solidworks benefits from multiple CPU cores, so a CPU with at least 4 to 6 cores is recommended for basic tasks. For more demanding workloads, consider CPUs with 8 or more cores.
Solidworks can utilize multiple CPU cores, with optimal performance achieved on systems with 4 to 8 cores. Beyond that, the benefits may plateau, but it depends on the complexity of your projects.
A processor with a base clock speed of around 3.0 GHz or higher is recommended for Solidworks. However, the number of cores and overall performance is equally important.
A dedicated graphics card with 2GB to 4GB of VRAM is the minimum requirement for Solidworks. For professional use and larger assemblies, consider graphics cards with 8GB or more VRAM.
The fastest Solidworks computer would have a high-end CPU, a powerful GPU, 64GB or more RAM, and an NVMe SSD for storage. This setup is designed for handling complex and large-scale projects.
For most Solidworks tasks, a graphics card with 2GB to 4GB of VRAM is sufficient. However, for large assemblies and complex simulations, a card with 8GB or more VRAM is recommended.
The difficulty between AutoCAD and Solidworks can vary depending on your background and the type of projects you’re working on. AutoCAD is more focused on 2D drafting, while Solidworks is tailored for 3D modeling and parametric design. Your familiarity with 2D or 3D design may influence which one you find “harder.”
Yes, you can make money with Solidworks by using it for professional CAD design and engineering projects. Many industries, such as manufacturing, product design, and architecture, require skilled Solidworks users, and these skills can be monetized through freelance work, employment, or consulting.
While Solidworks can run without a dedicated graphics card, it’s not recommended for optimal performance. A dedicated GPU significantly improves rendering and display quality. For professional use, it’s best to have a graphics card.
Running Solidworks with only 4GB of RAM is not recommended. It may struggle with even basic tasks. For a smoother experience, upgrade to at least 16GB or ideally 32GB of RAM.
To run Solidworks smoothly, you’ll need a laptop with at least a mid-range CPU, 16GB of RAM, and a dedicated graphics card. Look for laptops in the mid to high price range to ensure they meet these requirements.
Solidworks can run on an i3 processor, but the performance will be limited, especially for complex projects. It’s recommended to use at least an i5 or higher for better performance and responsiveness.
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